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package gtPlusPlus.xmod.gregtech.loaders;
import java.util.HashSet;
import java.util.Set;
import net.minecraft.item.ItemStack;
import gregtech.api.GregTech_API;
import gregtech.api.enums.GT_Values;
import gregtech.api.util.GT_Recipe;
import gtPlusPlus.api.interfaces.RunnableWithInfo;
import gtPlusPlus.api.objects.Logger;
import gtPlusPlus.api.objects.data.AutoMap;
import gtPlusPlus.api.objects.data.Pair;
import gtPlusPlus.core.lib.CORE;
import gtPlusPlus.core.material.Material;
import gtPlusPlus.core.material.MaterialGenerator;
import gtPlusPlus.core.material.MaterialStack;
import gtPlusPlus.core.material.state.MaterialState;
import gtPlusPlus.core.recipe.common.CI;
import gtPlusPlus.core.util.minecraft.ItemUtils;
import net.minecraftforge.fluids.FluidStack;
public class RecipeGen_MaterialProcessing extends RecipeGen_Base {
public final static Set<RunnableWithInfo<Material>> mRecipeGenMap = new HashSet<RunnableWithInfo<Material>>();
static {
MaterialGenerator.mRecipeMapsToGenerate.put(mRecipeGenMap);
}
public RecipeGen_MaterialProcessing(final Material M){
this.toGenerate = M;
mRecipeGenMap.add(this);
}
@Override
public void run() {
generateRecipes(this.toGenerate);
}
private void generateRecipes(final Material material){
if (material.getMaterialComposites().length > 1){
Logger.MATERIALS("[Recipe Generator Debug] ["+material.getLocalizedName()+"]");
final int tVoltageMultiplier = material.vVoltageMultiplier;
int[] partSizes = new int[99];
if (material.vSmallestRatio != null) {
partSizes = new int[material.vSmallestRatio.length];
for (int hu=0;hu<material.vSmallestRatio.length;hu++){
partSizes[hu] = (int) material.vSmallestRatio[hu];
}
}
AutoMap<Pair<Integer, Material>> componentMap = new AutoMap<Pair<Integer, Material>>();
int alnsnfds = 0;
for (MaterialStack r : material.getComposites()){
if (r != null){
componentMap.put(new Pair<Integer, Material>(partSizes[alnsnfds], r.getStackMaterial()));
}
alnsnfds++;
}
/**
* Electrolyzer
*/
//Process Dust
if (componentMap.size() > 0 && componentMap.size() <= 6){
ItemStack mInternalOutputs[] = new ItemStack[6];
int mChances[] = new int[6];
int mCellCount = 0;
int mTotalCount = 0;
int mCounter = 0;
for (Pair<Integer, Material> f : componentMap){
if (f.getValue().getState() != MaterialState.SOLID){
Logger.MATERIALS("[Electrolyzer] Found Fluid Component, adding "+f.getKey()+" cells of "+f.getValue().getLocalizedName()+".");
mInternalOutputs[mCounter++] = f.getValue().getCell(f.getKey());
mCellCount += f.getKey();
mTotalCount += f.getKey();
Logger.MATERIALS("[Electrolyzer] In total, adding "+mCellCount+" cells for "+material.getLocalizedName()+" processing.");
}
else {
Logger.MATERIALS("[Electrolyzer] Found Solid Component, adding "+f.getKey()+" dusts of "+f.getValue().getLocalizedName()+".");
mInternalOutputs[mCounter++] = f.getValue().getDust(f.getKey());
mTotalCount += f.getKey();
}
}
//Build Output Array
for (int g=0;g<mInternalOutputs.length;g++){
Logger.MATERIALS("[Electrolyzer] Is output["+g+"] valid with a chance? "+(mInternalOutputs[g] != null ? 10000 : 0));
mChances[g] = (mInternalOutputs[g] != null ? 10000 : 0);
}
ItemStack emptyCell = null;
if (mCellCount > 0){
emptyCell = ItemUtils.getItemStackOfAmountFromOreDict("cellEmpty", mCellCount);
Logger.MATERIALS("[Electrolyzer] Recipe now requires "+mCellCount+" empty cells as input.");
}
ItemStack mainDust = material.getDust(material.smallestStackSizeWhenProcessing);
if (mainDust != null){
Logger.MATERIALS("[Electrolyzer] Recipe now requires "+material.smallestStackSizeWhenProcessing+"x "+mainDust.getDisplayName()+" as input.");
}
else {
mainDust = material.getDust(mTotalCount);
Logger.MATERIALS("[Electrolyzer] Could not find valid input dust, trying alternative.");
if (mainDust != null){
Logger.MATERIALS("[Electrolyzer] Recipe now requires "+mTotalCount+"x "+mainDust.getDisplayName()+" as input.");
}
else {
Logger.MATERIALS("[Electrolyzer] Could not find valid input dust, exiting.");
}
}
for (int j=0;j<mInternalOutputs.length;j++){
if (mInternalOutputs[j] == null){
mInternalOutputs[j] = GT_Values.NI;
Logger.MATERIALS("[Electrolyzer] Set slot "+j+" to null.");
}
else {
Logger.MATERIALS("[Electrolyzer] Set slot "+j+" to "+mInternalOutputs[j].getDisplayName()+".");
}
}
try{
if (addCentrifgeRecipe(
mainDust,
emptyCell, //input 2
null, //Input fluid 1
null, //Output fluid 1
mInternalOutputs[0],
mInternalOutputs[1],
mInternalOutputs[2],
mInternalOutputs[3],
mInternalOutputs[4],
mInternalOutputs[5],
mChances,
20*1*(tVoltageMultiplier/10),
tVoltageMultiplier)){
Logger.MATERIALS("[Electrolyzer] Generated Electrolyzer recipe for "+material.getDust(1).getDisplayName());
}
else {
Logger.MATERIALS("[Electrolyzer] Failed to generate Electrolyzer recipe for "+material.getDust(1).getDisplayName());
}
}
catch(Throwable t){
t.printStackTrace();
}
}
else if (componentMap.size() > 6 && componentMap.size() <= 9){
Logger.MATERIALS("[Issue][Electrolyzer] "+material.getLocalizedName()+" is composed of over 6 materials, so an electrolyzer recipe for processing cannot be generated. Trying to create one for the Dehydrator instead.");
ItemStack mInternalOutputs[] = new ItemStack[9];
int mChances[] = new int[9];
int mCellCount = 0;
int mTotalCount = 0;
int mCounter = 0;
for (Pair<Integer, Material> f : componentMap){
if (f.getValue().getState() != MaterialState.SOLID){
Logger.MATERIALS("[Dehydrator] Found Fluid Component, adding "+f.getKey()+" cells of "+f.getValue().getLocalizedName()+".");
mInternalOutputs[mCounter++] = f.getValue().getCell(f.getKey());
mCellCount += f.getKey();
mTotalCount += f.getKey();
Logger.MATERIALS("[Dehydrator] In total, adding "+mCellCount+" cells for "+material.getLocalizedName()+" processing.");
}
else {
Logger.MATERIALS("[Dehydrator] Found Solid Component, adding "+f.getKey()+" dusts of "+f.getValue().getLocalizedName()+".");
mInternalOutputs[mCounter++] = f.getValue().getDust(f.getKey());
mTotalCount += f.getKey();
}
}
//Build Output Array
for (int g=0;g<mInternalOutputs.length;g++){
Logger.MATERIALS("[Dehydrator] Is output["+g+"] valid with a chance? "+(mInternalOutputs[g] != null ? 10000 : 0));
mChances[g] = (mInternalOutputs[g] != null ? 10000 : 0);
}
ItemStack emptyCell = null;
if (mCellCount > 0){
emptyCell = CI.emptyCells(mCellCount);
Logger.MATERIALS("[Dehydrator] Recipe now requires "+mCellCount+" empty cells as input.");
}
ItemStack mainDust = material.getDust(material.smallestStackSizeWhenProcessing);
if (mainDust != null){
Logger.MATERIALS("[Dehydrator] Recipe now requires "+material.smallestStackSizeWhenProcessing+"x "+mainDust.getDisplayName()+" as input.");
}
else {
mainDust = material.getDust(mTotalCount);
Logger.MATERIALS("[Dehydrator] Could not find valid input dust, trying alternative.");
if (mainDust != null){
Logger.MATERIALS("[Dehydrator] Recipe now requires "+mTotalCount+"x "+mainDust.getDisplayName()+" as input.");
}
else {
Logger.MATERIALS("[Dehydrator] Could not find valid input dust, exiting.");
}
}
for (int j=0;j<mInternalOutputs.length;j++){
if (mInternalOutputs[j] == null){
mInternalOutputs[j] = GT_Values.NI;
Logger.MATERIALS("[Dehydrator] Set slot "+j+" to null.");
}
else {
Logger.MATERIALS("[Dehydrator] Set slot "+j+" to "+mInternalOutputs[j].getDisplayName()+".");
}
}
try{
if (CORE.RA.addDehydratorRecipe(
new ItemStack[]{mainDust, emptyCell},
null,
null,
mInternalOutputs,
mChances,
20*1*(tVoltageMultiplier/10),
tVoltageMultiplier)){
Logger.MATERIALS("[Dehydrator] Generated Dehydrator recipe for "+material.getDust(1).getDisplayName());
}
else {
Logger.MATERIALS("[Dehydrator] Failed to generate Dehydrator recipe for "+material.getDust(1).getDisplayName());
}
}
catch(Throwable t){
t.printStackTrace();
}
}
}
}
public static boolean addCentrifgeRecipe(ItemStack aInput1, ItemStack aInput2, FluidStack aFluidInput, FluidStack aFluidOutput, ItemStack aOutput1, ItemStack aOutput2, ItemStack aOutput3, ItemStack aOutput4, ItemStack aOutput5, ItemStack aOutput6, int[] aChances, int aDuration, int aEUt) {
return GT_Values.RA.addCentrifugeRecipe(aInput1, aInput2, aFluidInput, aFluidOutput, aOutput1, aOutput2, aOutput3, aOutput4, aOutput5, aOutput6, aChances, aDuration, aEUt);
}
public static boolean addElectrolyzerRecipe(ItemStack aInput1, ItemStack aInput2, FluidStack aFluidInput, FluidStack aFluidOutput, ItemStack aOutput1, ItemStack aOutput2, ItemStack aOutput3, ItemStack aOutput4, ItemStack aOutput5, ItemStack aOutput6, int[] aChances, int aDuration, int aEUt) {
if (((aInput1 == null) && (aFluidInput == null)) || ((aOutput1 == null) && (aFluidOutput == null))) {
Logger.MATERIALS("[Electrolyzer] Either both inputs or outputs are null.");
return false;
}
if ((aInput1 != null) && ((aDuration = GregTech_API.sRecipeFile.get("electrolyzer", aInput1, aDuration)) <= 0)) {
Logger.MATERIALS("[Electrolyzer] Fail 1.");
return false;
}
if ((aFluidInput != null) && ((aDuration = GregTech_API.sRecipeFile.get("electrolyzer", aFluidInput.getFluid().getName(), aDuration)) <= 0)) {
Logger.MATERIALS("[Electrolyzer] Fail 2.");
return false;
}
GT_Recipe.GT_Recipe_Map.sElectrolyzerRecipes.addRecipe(true, new ItemStack[]{aInput1, aInput2}, new ItemStack[]{aOutput1, aOutput2, aOutput3, aOutput4, aOutput5, aOutput6}, null, aChances, new FluidStack[]{aFluidInput}, new FluidStack[]{aFluidOutput}, aDuration, aEUt, 0);
Logger.MATERIALS("[Electrolyzer] Recipe added.");
return true;
}
}
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